Airports

IAH Airport Drainage Study

IAH Airport Drainage Study

Ditch “C” Box Culvert System & Turkey Creek Drainage Study at IAH Airport

Binkley & Barfield, Inc. (BBI) completed preliminary engineering reports (PER) and the final design for improvements at Bush Intercontinental Airport for the Houston Airport System as a sub-consultant to the prime contractor.

The preliminary reports discussed the Ditch “C” box culvert system replacement and associated tributary storm sewers. The services provided by the BBI team for the  Ditch “C” Box Culvert System included:

  • storm water detention analysis
  • drainage analysis
  • recommendations for drainage improvements in the storm sewer design
  • Rerouted service roads
  • BBI also prepared plans and specifications for the project.

The PER provided the design analysis and recommendations for a new roadway realignment and also provided for miscellaneous roadway demolition. The reports focused on improvements needed to accommodate the north extension and widening of Runway 15R-33L as well as the construction of new taxiways in the vicinity of the upper reach of Ditch “C”.

Utility conflicts were identified and public utility adjustments were designed for the West Runway Area.

The project scope included 4,000 linear feet of 18-inch to 60-inch diameter storm sewer, 1900 linear feet of 10-foot x 6-foot double box culvert, 2,500 linear feet of service road, and 3,500 linear feet of 10-inch and 12-inch diameter water line relocation for the West Runway Area of Bush Intercontinental Airport for the Houston Airport System.

The BBI Team coordinated its work with the City of Houston Department of Public Works and Engineering, Department of Aviation, and all other consulting engineers, surveyors, and private utility companies.

Ellington Field Generators and Airfield

Ellington Field Generators and Airfield

Designing an airfield that serves a number of civil and military tenants, BBI  provided ...

Designing an airfield that serves a number of civil and military tenants, BBI  provided expertise related to specific improvements to Ellington Field generators and airfield.  Ellington Field (EFD) is a class D airport located Southeast of Houston with a portion of its mission to serve General Aviation.  In addition to General Aviation, EFD serves a number of civil and military tenants literally responsible for the safety of the United States. 

The design team’s responsibilities include understanding the existing conditions at the airfield, making recommendations related to specific improvements and identifying issues related to phasing and sequencing of construction in order to maintain operations.  Existing projects and airport improvements were researched to help ensure an efficient and comprehensive design and a clear division of responsibility between the related projects at the interface point.

 Design Expertise Provided Included:

 Generator Buildings

  • Backup power
  • Power distribution
  • Power flexibility/spare capacity
  • Programmable logic Controls
  • High voltage power elimination
  • Conversion from direct buried power to ductbanks and conduit

 Airfield Lighting and Signs

  • Airfield Lighting Remote Control System (ALRCS)
  • Taxiway edge lighting and circuits
  • Separated airfield sign circuits
  • Airfield lighting vault redesign
  • Sign replacement

 Commercial Power Service

  • Coordination with Center Point Energy (CPE)
  • Conversion to Center Point Energy (CPE) facilities
  • Coordination with HCFCD route assessment

                                                                  

 

 

                               

 Telecommunications

  • AOA Duck Bank
  • Fiber optic backbone cable

 

Navigational Aids (NAVAIDS)

  • Design and Install airport Navigational Aids
    • Medium Intensity Approach Lighting  System. (MALSR)
    • Precision Approach Path Indicator (PAPI)
    • Tower and Beacon
    • Localizers
    • Glide slope Antennas
    • Near Field Antenna
    • Runway Visual Rangefinders (RVRs)
    • Laser ceiliometers
    • Temperature dewpoint
    • Windbirds
  • Critical coordination sequencing/tie in and cutover
  • Interfacing with other projects
  • Phasing and Sequencing

 

 

                                                                          

Quality and Trust